Monoatomic elements

All monoatomic elements are available in two sizes: 30ml and 100ml. All on special offer now! 

While colloidal minerals work mainly on the physical level, monoatomic elements can be used for mind and soul (comparison table see below). Many people also use the monatomics for spiritual development - which can be accelerated by monatomic gold, for example.

Monatomics have a positive influence on mind and soul in a wide variety of ways. How the monoatomic elements work can be found in our eBook-on-colloidal-minerals-and-monoatomic-elements-3rd-edition (free download).

How do monoatomic elements work?

While colloidal minerals work mainly on the physical level, monoatomic elements influence the mental and spiritual realms. Many people use the monoatomics for their spiritual development, for example with monoatomic gold.

You can learn more about the effects of the monoatomic elements in the free book "Colloids, colloidal oils and monoatomic elements". It was revised in 2022 and has 150 pages. You can download it directly here: eBook-on-colloidal-minerals-and-monoatomic-elements-3rd-edition (free download).

You can find out which monoatomic element you need by reading the book - or you can test it with the help of the test kit, which contains 2ml samples of all 21 elements.

Comparison table for monatomic elements and colloidal minerals

Monatomic elementsColloidal minerals
Work on a spiritual-psychological level.
Energetic. Spiritually
Work on a physiological, physical level
Hardly any bond bridges.
At the few colloidal particles
the individual atoms adhere.
Bond bridges connect atoms
to particles of max. 10-30 atoms
(depending on element)
Miscible.
You can take all at once.
Keep a distance of 15 minutes
between the colloidal minerals
No distance to irritants
to be observed
to be observed a distance of 15 min.
to stimulants such as coffee, alcohol and vinegar
4 times 5 drops per day Once to twice daily 8-30 drops
(depending on which colloidal mineral)
   
High energy consumption
during production
Average energy consumption
during production